Operating Instructions 3.5“ Coin Validator - Crane Payment ...

Crane Payment Solutions GmbH | Zum Fruchthof 6 | 21614 Buxtehude | GermanyWeb: [email protected] | www.craneps.com | Phone: +49 (0) 41 61-729-0 | Fax: +49 (0) 41 61-729-115

08.12 WP/Hns/RoeBA_v2_colibri_ccTalk_EN_1-0

Operating Instructions

3.5“ Coin Validator

with serial ccTalk interface

BA_v2_colibri_ccTalk_EN_1-0 3

Table of conTenTs

Table of contents

1 Revision protocol 7

2 About ... 82.1 About these operating instructions 82.1.1 Text conventions 82.1.2 Additional useful technical documentation 9

2.2 About the v2 colibri 92.2.1 v2 colibri properties 92.2.2 Models and operating modes 102.2.2.1 Coin entry and return area 102.2.2.2 Communication protocol 102.2.2.3 High-speed acceptance (Casino mode) 112.2.2.4 Protocol encryption 11

3 Safety instructions 123.1 Proper use 12

3.2 Protecting persons and equipment 12

4 Design 134.1 Overview 134.1.1 v2 colibri as top entry version (standard) 134.1.2 v2 colibri as front entry version 14

4.2 Coin path 15

4.3 Nameplate 16

4.4 Switching functions/coin channel assignment sticker 16

4.5 Switch blocks 174.5.1 Switching functions S1.1–10 174.5.2 Switching functions S2.1–10 17

4.6 Return lever and return button 18

4.7 Interfaces 18

4 BA_v2_colibri_ccTalk_EN_1-0

Table of conTenTs

5 Function 195.1 Coin acceptance and coin channels 195.1.1 Quick coin acceptance in Casino mode 20

5.2 Single or double block data-management 20

5.3 Accepted coin sensor 20

5.4 String recognition 20

5.5 Control for external sorting device 215.5.1 Sorting principle 215.5.2 Sorting using NRI 3-fold sorter s2 SSD-3000 21

5.6 Coin inhibition/activation of narrow coin channels 225.6.1 Inhibiting all coins/individual coin channels via

machine control system 235.6.2 Inhibiting a coin channel/a group of coin channels

by means of a switch block 23

5.7 Teach mode 23

6 Start-up 246.1 Installing the coin validator in the machine 24

6.2 Mounting the 3-fold sorter s2 SSD-3000 ... 256.2.1 ... on the v2 colibri top entry version 256.2.2 ... on the v2 colibri front entry version 27

7 Operation 287.1 Selecting memory block (for double block data-management only) 28

7.2 Inhibiting coins/activating narrow coin channel ... 297.2.1 Inhibit switch functions – switch block S1 297.2.2 Inhibit switch functions – switch block S2 29

7.3 Teaching coin channels in teach mode ... (not for ACMI version) 317.3.1 ... using the switch block on the coin validator 317.3.1.1 Teach mode switching functions with double-block data-management 317.3.1.2 Teach mode switching functions with single-block data-management 31

7.3.2 ... using ccTalk commands/machine service menu 33

7.4 Activating Casino mode 34


Table of conTenTs

8 Maintenance and service 358.1 Cleaning the coin runway 35

8.2 Troubleshooting 36

9 What can be set later? 379.1 Serviceandconfigurationtools 379.1.1 WinEMPPCconfigurationapplication 379.1.2 On-site service tool HENRI+ 37

9.2 Which device functions can be set? 37

10 Technical data 3910.1 Device data 39

10.2 Interfaces 4010.2.1 v2 colibri – machine 4010.2.1.1 Pin assignment 4010.2.1.2 Implemented ccTalk commands 4010.2.1.3 ccTalk error code table 4210.2.1.4 ccTalk standard settings (after reset) 4210.2.1.5 ccTalk teach mode (not for ACMI version) 43

10.2.2 v2 colibri – external 3-fold sorting device 43

10.3 Accessories 4410.3.1 Front plates 4410.3.2 Sorters 4410.3.3 Service tools 45

11 Index 46

Revision pRoTocol


1 Revision protocol

Version Revision Chapters/sections concerned

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2 About ...

This chapter it is intended to give you an initial overview of the advantages and options of the v2colibricoinvalidatorwithserialccTalkinterface.Thefirstsection,however,isdesignedtohelp you navigate easily within these operating instructions.

2.1 About these operating instructions

These operating instructions describe the design and operation of the electronic 3.5“ v2 colibri coinvalidatorwithserialccTalkinterface.Afterwards,chapters6and7explainthenecessarysteps for starting up and operating the coin validator. Chapter 8 describes how to clean the coin validator and remedy the cause of any malfunction.

Chap.10"Technicaldata"andtheappended"Index"reducethesearchforspecificexplanations.

2.1.1 Text conventionsTomakeiteasierforyoutonavigatewithintheseinstructionsandtooperatethedevice,thesymbols below are printed in the text:

Safety instructions which you must observe in order to protect operators and equipment.

Special notes intended to facilitate the use of the coin validator.

Atthebeginningofeachchapteryouwillfindashort"guide"whichsummarizesthe contents of the chapter.

Devicefunctionsthataresetorpreparedonacustomer-specificbasisatthefactoryandwhichyoucansetorchangeusingourserviceandconfigurationtool (cf. Chap. 9 What can be set later?, p. 37).

1 2 3 ... Requests to perform an action arenumberedinadifferenttypeface.

[Fig. 1/2] Cross-referencetoan illustration.Thenumberprecedingtheslash indicatesthenumberofthefigure,thenumberfollowingtheslashisthenumberoftheiteminthefigure.

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2.1.2 AdditionalusefultechnicaldocumentationApartfromtheseoperatinginstructions,thereisfurtherdocumentationforthev2 colibri. You candownloadallthedocumentationPDFfilesbyvisitingwww.craneps.com.

2.2 About the v2 colibri

The v2 colibri coin validator with a serial ccTalk interface in the standard 3.5“ format is based on the tried and tested features of the G-13.mft and also uses the patented multi-frequency measuring technology (MFT) for reliable coin validation. Communication with the machine control isviaaccTalkspecifiedfour‑pinmaleconnector.Duetoitscompactandmodulardesign,thev2colibriisusedaboveallinentertainment,vendingandservicemachines.

Forcoinacceptance,thecoinvalidatorhasavailable32coinchannelsthatcanbemanagedeither in a single memory block or divided into two memory blocks – 2 x 16 coin channels – with differentcoinconfigurations;inbothcases,theblockscanbeswitchedonanindividualbasis.

Dependingontheapplication,youcanfitthecoinvalidatorwithanoptionalfrontplateanditcan control a 3-fold sorter.

Tobeabletoreactasquicklyaspossibletonewfalsecoinsandtomakeyourindividualsettings,thecoinvalidatorcanbeconfiguredonsiteinthemachineusingaservicetoolorintheworkshopvia a PC programming station.

Youcanalsoconfigurecoinsortokensthatareignoredex‑workswithoutneedingconfigurationsoftware,youjustinsertthecoinsinteachmodeonthecoinvalidator.

2.2.1 v2 colibri properties• ReliableacceptanceofgenuinecoinsandrejectionoffalsecoinsduetoMFTmultiple

sensing of the coins inserted and evaluation of 24 measuring parameters• Operational safety and security against manipulation by means of an optical accepted

coin sensor in the coin validation and coin outlet area• String recognition• Acceptance speed of two coins per second• Switchable Casino mode for speed of coin acceptance – up to six per second are possible• 32coinchannelsmanagedinoneortwomemoryblocksthatareconfigured

independently of one another and are switched individually (2 x 16 coin channels)• Serial interface

– flexibleandextensivecommunicationwiththemachinecontrol – easy transmission and control of device functions – possibility to connect to additional peripheral equipment – economical device design

• Service interface for PC programming station or on-site service tool• Flashtechnologyforeasyandtime‑savingfirmwareupdates(WinFlash2)

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• Options – Top or front entry version – MINI or MIDI front plate – SSD-3000 3-fold standard sorter or HSD-3000 3-fold high-speed sorter – LicenceforupdatingthecompleteccTalkcoinanddeviceconfigurationonmachines

with PC-based control (remote data block upload) – ACMI write protection – Additional tamper protection by protocol encryption: BNV (Bill Note Validator encryption),DES(DataEncryptionStandard)

2.2.2 ModelsandoperatingmodesThere are different versions of the v2 colibri available. They mainly differ • in the coin entry and return area• in the communication protocol and• in the acceptance speed.

2.2.2.1 Coin entry and return area• Top entry and return at the bottom right (36Bxx. ..)

You insert the coin from the top into the device and it is returned via the return at the bottom right should it not be accepted (cf. Chap. 4.2 Coin path, p. 15).

• Top entry and return at the bottom left (31Bxx. ..) You insert the coin from the top into the device and it is returned via the return at the bottom left should it not be accepted (cf. Chap. 4.2 Coin path, p. 15).

• Front entry and front return (39Bxx. ..) You insert the coin from the side into the device and it is also returned at the side should it not be accepted (cf. Chap. 4.2 Coin path, p. 15).Onthiscoinvalidator,youcanpushontheoptionalNRI MINI or MIDI front plates on the left-hand side of the device (cf. Chap. 10.3 Accessories, p. 44).

2.2.2.2 Communicationprotocol

The coin validator communicates with the machine controller via the serial ccTalk protocol. The coin validator works as slave and the machine as master. The ccTalk protocol is open for everybodyandcanbeusedwithoutrestrictions.Anotheradvantageisremoteuploading,i.e.itispossibletoloadcompletecoinandmachineconfigurationsintothecoinvalidatorviatheccTalk interface from a host computer too. Two versions are possible:• Standard

ProtocolaccordingtoccTalkspecification.• ACMI

The factory programming of the coin validator in this model meets all requirements of the Italian gaming machine act "legge 289 – comma 6" passed in July 2003. The ACMI version of the v2 colibri is write-protected so that it is not possible to change the factory programmingusingconfigurationtools.

In order to meet the requirements of the Italian gaming machine act subsequent configuration of the ccTalk ACMI model is impossible. If you want to change the factory settings please contact our sales representative.

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2.2.2.3 High-speedacceptance(Casinomode)

It is possible to run the v2 colibri ccTalk in what is known as Casino mode if it is used in gaming machines and needs to accept coins particularly quickly (up to 6 coins per second).

In Casino mode, the v2 colibri runs in favour of fast coin acceptance without accepted coin sensing (cf. Chap. 5.3 Accepted coin sensor, p. 20).

2.2.2.4 Protocol encryption

Usingprotocolencryption,itispossibletoadditionallyprotectthecoinvalidatorfrommanipulation:• BNV (Bill Note Validator encryption)• DES (Data Encryption Standard)

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3 Safety instructions

Beforestartingupthedeviceforthefirsttime,pleasereadtheseinstructionsandinparticularthe safety instructions carefully at least once. This is to ensure that you have understood the contents of this manual and how to operate the coin validator.

3.1 Proper use

The v2colibrielectronic3.5“coinvalidatorwithserialccTalkinterfaceisforuseinentertainment,vending and service machines with a serial ccTalk interface and is intended to check the coins thatareinsertedinthemachinesforspecificpropertiesandtoeitheracceptorrejectthem.Usethe coin validator exclusively for this purpose. Under no circumstances can the manufacturer be held liable for any damage or loss resulting from improper use of the device.

The coin validator has been built in accordance with state-of-the-art standards and the recognized safetyrules.Nevertheless,thisequipmentcanconstituteasourceofdanger.Pleaseobservetherefore the following safety instructions.

3.2 Protectingpersonsandequipment

The coin validator must only be connected by a trained electrician.

Use the coin validator only in accordance with its proper use. Under no circumstances can the manufacturer be held liable for any damage or loss resulting from improper use of the device.

ThecoinvalidatorPCBisfittedwithcomponentswhichmaybedamagedbeyondrepairby electrostatic discharges. Please observe the handling instructions for components exposed to the risk of electrostatic discharge.

Select the correct voltage for the coin validator (see label).

Never pull the connecting cable of the coin validator from the machine when a voltage is applied.

Pull the mains plug of the machine before installing, cleaning or removing the coin validator.

PleaseconsultCranePaymentSolutionsifyouintendtomakeadditionsormodificationstothedevicethatgoaboveandbeyondthemodificationsdescribedhere.

Keep water and other liquids away from the coin validator.

Please dispose of the device correctly at the end of its service life.

Wereserve the right tomaketechnicalmodifications to thedevicewhicharenotcovered by these instructions!

Design


4 Design

This chapter describes• the main component parts of the v2 colibri and• all parts required for the operation of the coin validator.

4.1 Overview

of the• top entry version and• front entry version with optional front plate

4.1.1 v2colibriastopentryversion(standard)

8 Interface – external 3-fold -sorter9 Label – switch block/coin channel assignment

(cf. Chap. 4.4 Switching functions/coin channel assignment sticker, p. 16)

10 Interface–service/configuration11 Interface – for other v2 colibri series only12 Interface – machine (ccTalk)13 Switch blocks

1 Coin insert funnel2 Coin return lever3 Flight deck4 Nameplate5 Mounting studs6 Coin outlet – return

(with inverted coin outlet: Cash-box/sorting device (cf. Chap. 4.2 Coin path, p. 15))

7 Coin outlet – cash-box/sorting (with inverted coin outlet: Return (cf. Chap. 4.2 Coin path, p. 15))

Fig. 1: Design – v2 colibri as a top entry version

8

5

5

5

10

9

12

13

11

1

3

45

2

6

7

Design


4.1.2 v2 colibri as front entry version

8 Interface – external 3-fold -sorter9 Label – switch block/coin channel assignment

(cf. Chap. 4.4 Switching functions/coin channel assignment sticker, p. 16)

10 Interface–service/configuration11 Interface – for other v2 colibri series only12 Interface – machine (ccTalk)13 Switch blocks

1 Coin insert funnel2 Coin return button3 Flight deck4 Nameplate5 Mounting studs6 Coin outlet – cash-box/sorting7 Coin outlet – return

Fig. 2: Design – v2 colibri as a front entry version with MINI and MIDI front plate

8

5

5

5

10

9

12

13

11

7

1

3

4

5

2

2

6

MINI

MINI

7

Design


4.2 Coin path

Fig. 3: Coinpathoftopentryversion,standardcoinoutlet(ontheleft)and inverted coin outlet (on the right)

Cash-box/ sorting device

Return

Return

Cash-box/ sorting device

Fig. 4: Coin path of front entry version

Cash-box/ sorting deviceReturn

Design


4.3 Nameplate

The nameplate [Fig. 1/4]/[Fig. 2/4] shows the characteristic data of the device like the device series,typeandoperationaswellasthecustomer‑specificcurrencyandcoinprogramming:

4.4 Switchingfunctions/coinchannelassignmentsticker

Foreasyoperationofthecoinvalidator,youwillfindastickeronthebackofthedevice;[Fig. 1/9]/[Fig. 2/9]atthetop,itbrieflyshowsthefunctions of the individual DIL switches (cf. Chap. 4.5 Switch blocks, p. 17) and below this the coin channels from memory block 0 and 1 that are assigned to the individual programmed coins (cf. Chap. 5.2 Single or double block data-management, p. 20):

Currency and coin denomination Normal channel (No.) Narrow channel (No.) Super narrow channel (No.)

The unique assignment to the device and nameplate is given by means of the model and data block number below. After configuration, we recommend that you change the nameplate and the sticker to reflect the new settings or that you make a note of the new settings in a different form for the workshop and the place of use.

1 Device type2 Bar code3 Orderingcode(10‑digit), ordernumber(4‑digit), device serial number (4-digit)

4 Machine interface5 Nominal voltage6 Date of manufacture

7 Coin programming – memory block 1 (if DIL switch S1.10 to ON)

8 Coin programming – memory block 0 (if DIL switch S1.10 to OFF) N = new coinage

9 Data block number (– revision number)10 Model number 3xBxx/7

36B top entry version37B front entry version with MIDI front plate38B front entry version with MINI front plate39B front entry version without front plateB26 with sorting line

Fig. 5: Nameplate

10-27V DC

07/12

|ccTalk|36B26/735039003

GBP 2,- / 1,- / -,50 / -,20 / -,10 / -,10N2 / -,05 / -,05N2

EUR 2,- / 1,- / -,50 / -,20 / -,10 / -,05

0000036006/0000/0020

[email protected]+49 (0) 4161 / 729 - 0

1 2

109

8

7

34

56

36B26/7

35039003-001

Block 1Block 0

Inhibit channel 1..8on

offOpen channel 1..8

S1

CASINO Mode

NORMAL Mode

on

off

widenormal

Inhibit channel 9..16

Open channel 9..16

S2

TEACH Mode Teach band

NORMAL Mode

GBP 2,-

Block 0

01020304050607

09 121314----------

1211------

GBP 1,-GBP -,50GBP -,20GBP -,10GBP -,10N2GBP -,05

13 ----GBP -,05N2

EUR 2,-

Block 1

010203040506

07 13----------12

08091011

EUR 1,-EUR -,50EUR -,20EUR -,10EUR -,05

Fig. 6: Switching functions/coin channel assignment sticker

Design


4.5 Switch blocks

Onthebackofthecoinvalidator,therearetwoswitchblocksS1andS2 [Fig. 1/13]/[Fig. 2/13] that each have ten DIL switches S1.1-10 and S2.1–10.UsingtheDILswitches,youcansetspecificdevicefunctions:

Tofindouthowtosettheindividualfunctionswiththehelpoftheswitchblocks,refertoChap. 7 Operation, p. 28

There is a brief description of the individual switching functions on the back of the device [Fig. 7/].

4.5.1 Switching functions S1.1–10

DIL switch Function OFF ONS1.1 Coin channel 1 accepts inhibited

S1.2 Coin channel 2 accepts inhibited







S1.9 Operating mode Standard mode Casino mode

S1.10 Memory block 0 1

4.5.2 Switching functions S2.1–10









S2.9 Mode Operating mode Teach mode

S2.10 Teach mode Normal band Wide band

Fig. 7: Switching func-tions sticker section

36B26/7

35039003-001

Block 1Block 0

Inhibit channel 1..8on

offOpen channel 1..8

S1

CASINO Mode

NORMAL Mode

on

off

widenormal

Inhibit channel 9..16

Open channel 9..16

S2

TEACH Mode Teach band

NORMAL Mode

GBP 2,-

Block 0

01020304050607

09 121314----------

1211------

GBP 1,-GBP -,50GBP -,20GBP -,10GBP -,10N2GBP -,05

13 ----GBP -,05N2

EUR 2,-

Block 1

010203040506

07 13----------12

08091011

EUR 1,-EUR -,50EUR -,20EUR -,10EUR -,05

ON

OFF

ON

OFF

Design


4.6 Return lever and return button

You activate the return lever [Fig. 1/2] at the top of the devices using the return button on the machineifyouwantthemachinetoreturncoinsortoremoveajamcausedbycoinsthathavegotstuck,forexample.Actuationofthereturnleveropensthemeasurementandvalidationareaofthecoinvalidatorsothatallobjectsinthecoinvalidatoraredirectedtothereturnarea.

Deviceswithfrontentryviaafrontplatedonothaveareturnlever.Withthesedevices,youopenthe measuring and validation area by pressing the return button [Fig. 2/2] on the front plate.

4.7 Interfaces

Formoreinformationonthemachineandsortinginterface,[Fig. 1/8, 12]/[Fig. 2/8, 12] refer to Chap. 5 Function, p. 19 and Chap. 10 Technical data, p. 39

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5 Function

This chapter describes how the coin validator works:• Coin acceptance and coin channels• Single or double block data-management• Accepted coin sensor• String recognition• Control for external sorting device• Coin inhibition/activation of narrow coin channels• Teach mode

5.1 Coin acceptance and coin channels

For coin acceptance the coin validator has 32 "memory blocks" to which up to 32 different coin types or tokens can be assigned. These "memory slots" are called coin channels. The acceptance band of one coin type/token is assigned to each coin channel and the respective coin type/token is accepted in this channel.

After a reset, coin acceptance is inhibited and must be enabled by the machine. By default, the v2 colibri refuses to accept any further coins if the machine had not addressed it within the last 500ms or if the machine has not yet polled the last accepted coin.

Toenablereliablerejectionoffalsecoins,channelswithanarroworevenverynarrowacceptanceband are frequently set up for a coin type in addition to the normal coin channel. The limit values of these coin channels are closer together so that counterfeit money with similar measured values canberejectedifthenormalchannelisdisabled(cf. Chap. 7.2 Inhibiting coins/activating narrow coin channel ..., p. 29).However,narrowandsuper‑narrowcoinchannelsalsohavealoweracceptancerate.

Inaddition,itispossibletoassigncoinswithdifferentmeasuredvaluesbutidenticalcoinvaluesto different coin channels. In this way the coin validator can accept e.g. old and new coins of the same denomination.

Inadditiontotheacceptancebandofacointype,furthercoininformationwhichdefinesfurtherprocessing of the coin after its acceptance is assigned to a coin channel: e.g. the coin value or sorting information for an external sorting device.

Since in most cases not all coin channels are assigned by customized factory programming,further coin types and the desired information can be assigned to these free channels at any timeusingtheNRIconfigurationandservicetools.Existingconfigurationscanbechanged.

The last eight coin channels 25 to 32 (or 9-16 with double block data-management (cf. Chap. 5.2 Single or double block data-management, p. 20))areintendedforteachmode.Intheseteachchannels,you can also teach new types of tokens/coins directly via the switch blocks on the coin validator withoutneedingconfigurationandservicetools;i.e.anewcoinortokenisassignedtoachannel(cf. Chap. 5.7 Teach mode, p. 23).

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5.1.1 QuickcoinacceptanceinCasinomodeIf you are using the v2colibriingamingmachines,thedevicecanbeswitchedtoCasinomodeso that inserted coins can be accepted faster (up to six coins per second instead of two per second) (cf. Chap. 7.4 Activating Casino mode, p. 34).

5.2 Singleordoubleblockdata-management

At the factory, thedevice isprogrammedonacustomer‑specificbasiswhether the32coinchannelsofthecoinvalidatoraremanagedinonememoryblockor,dividedupinto16channelseach,intwomemoryblocks(doubleblockdata‑management).

Ifdoubleblockdata‑managementisconfigured,thev2 colibri can manage two (memory) blocks 0 and 1 that are programmed independently of one another (cf. Chap. 4.3 Nameplate, p. 16). 16 coin channelswithdifferentcointypes(alsocurrencies),sortinginformationetc.canbeassignedtoeach block. Only one block at a time can be active and used for coin measurement and further coin processing. You choose the desired block using the top switch block on the device (cf. Chap. 7.1 Selecting memory block (for double block data-management only), p. 28).

5.3 Accepted coin sensor

To ensure that accepted coins get to the cash-box or an external sorting device and that acceptance isnottamperedwith,anacceptedcoinsensor(lightbarrier)checksbeforethecash‑boxcoinexit[Fig. 1/6]/[Fig. 2/6] whether the inserted coin drops without hindrance through the coin outlet towards the cash-box or the sorting device. Only when the coin has passed these checking devices,doesthesystemeitheracceptthecoinor,inthecaseoftampering,transmitanerrorcode to the machine (cf. Chap. 10.2.1.3 ccTalk error code table, p. 42).

Iftheacceptedcoinsensorsarecoveredpermanently,e.g.byacoinjam,coinacceptanceisinhibited.

If the v2 colibri is used in Casino mode, the coin validator cannot use the accepted coin sensor in favour of fast coin acceptance. In Casino mode, coin acceptance is transferred before the coin passes the accepted coin sensor. This means that the coin validator's acceptance gate can be tampered with, e.g. by a coin being inserted attached to a string.

5.4 String recognition

Toprotectthedevicefromstringtampering,theacceptedcoinsensorinthev2 colibri is designed such that coin acceptance is only transferred to the machine if the coin passes the accepted coinsensorfromthedirectionoftheinsertfunnel.Ifacoinwaspulledbackonastring,thesystem transfers an error code (cf. Chap. 10.2.1.3 ccTalk error code table, p. 42). Pulling back a coin is alsomademoredifficultbythedesignofthecoinvalidator.

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5.5 Control for external sorting device

Toroutetheacceptedcoinseithertothecash‑boxortochangetubesorhoppers,forexample,youcanfitthecoinvalidatorwiththeNRIs2 SSD-3000 3-fold sorter or another sorting device.

5.5.1 Sorting principleThe sorting gates are controlled by two sorting lines on pins 3 and 4 of the 10-pin connector [Fig. 1/8]/[Fig. 2/8] on the back of the device.

You set which coin is to be sorted on which sorting line by means of the machine's controller.

Assignment of coin type to sorting line as well as sorting time (for how long shall the sorting gates be controlled? 300-1000ms).

While the coin validator is sorting an accepted coin (the sorting time), it cannot accept any further coins unless the same ccTalk sorting path is addressed. If external sorting is no longer needed and the sorting time is not set to zero, the system continues to reduce the coin acceptance speed by the set sorting time. This means that you should set the sorting time to zero for faster coin acceptance.

5.5.2 SortingusingNRI3-foldsorters2SSD-3000There are three different versions of the NRI 3-fold sorter for the top entry version of the v2 colibri depending on the machine environment. They differ by virtue of the position of the return chute:• s2 SSD-3001: Return chute in front of the right-hand sorting chute• s2 SSD-3002: Return chute next to the right-hand sorting chute• s2 SSD-3003: Return chute behind the right-hand sorting chute

The front entry version can be combined with the s2 SSD-3004.

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Withallfourversionsofthe3‑foldsorter,youcandistributetheindividual coin types to the three sorting chutes regardless of thecoins'dimensions.Eachchutecanbedefinedasacash‑box chute.

The following table lists the sorting line and ccTalk sorter path that must be addressed for sorting to be carried out into a specificsortingchute:

Sorting chute Sorting line ccTalk sorter path

LEFT 6 (pin 4) 3

MIDDLE – 1,4–8

RIGHT 5 (pin 3) 2

For details on how to connect the sorting device to the coin validator,referto(cf. Chap. 6.2 Mounting the 3-fold sorter s2 SSD-3000 ..., p. 25).

RÜCKGABE

RECHTS

MITTE

LINKS

Fig. 8: Sorting and return chutes (s2 SSD-3002)

5.6 Coin inhibition/activation of narrow coin channels

If coins are no longer to be accepted for payment on the machine you can either• inhibitcoinacceptancecompletely,• inhibitallcoinchannelsofacertaincointoensurethatthiscoinisnolongeraccepted,or• inhibit the normal coin channel of a certain coin so that this coin is accepted only in the

narrow channel.

After a reset, coin acceptance is inhibited and must be enabled by the machine. By default, the v2 colibri refuses to accept any further coins if the machine had not addressed it within the last 500ms or if the machine has not yet polled the last accepted coin.

Alternatively: Inhibit individual coin types in the long term

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5.6.1 Inhibitingallcoins/individualcoinchannelsviamachinecontrolsystemThe control system can• inhibit coin acceptance completely. In this case the coin validator does not accept any

coins.• inhibitallcoinchannelsofacertaincoin,e.g.ifthereisnomorechangeinanexternal

payout unit or in case of high fraud hazard.• inhibit the normal coin channel of a certain coin so that this coin is accepted only in the

narrow channel.

Forinformationonhowtoprogramtheinhibitingorenablefunctions,refertothe"ccTalkSerialCommunicationProtocol,GenericSpecification"thatisavailableontheInternetatwww.ccTalk.org,or

5.6.2 Inhibitingacoinchannel/agroupofcoinchannelsbymeansofaswitch blockAsanalternativetoblockingwiththecontroller,youcanusethetwoswitchblocksonthecoinvalidator to inhibit individual coin channels or groups of coin channels on site (cf. Chap. 7.2 Inhibiting coins/activating narrow coin channel ..., p. 29).

5.7 Teachmode

YoucanteachcoinchannelsinteachmodewithoutconfigurationsoftwareeitherbymeansofthebottomswitchblockonthecoinvalidatorortheccTalkmachinecontroller,i.e.atokenorcoin is assigned to a new coin channel. The new acceptance band is generated by inserting the tokens/coins. It is not necessary to remove the coin validator from the machine for this purpose. Withdoubleblockdata‑management,thelasteightcoinchannels9–16(theteachchannels)oftheactivatedmemoryblockareavailableforteaching,withcoinchannels25to32beingavailable for this in the case of single block data-management (cf. Chap. 7.3 Teaching coin channels in teach mode ... (not for ACMI version), p. 31).

Activating/deactivating teach mode/channels

sTaRT-up


Fig. 9: Installation

1 Switch blocks2 Interface – machine (ccTalk)3 Interface – external 3-fold -sorter4 Mounting studs

4

4

41

2

3

6 Start-up

This chapter describes how you• start up the v2 colibri in a machine• mount the NRI 3-fold sorter s2 SSD-3000

When carrying out any assembly and installation work on the coin vali-dator and machine, always observe the following safety instructions:• The coin validator must only be connected by a trained electrician.• Never use the coin validator if there is damage to the device or the

connecting cables. • Select the correct voltage for the coin validator (see label).• Never pull the connecting cable of the coin validator from the machine

when a voltage is applied.• Pull out the mains plug of the machine before installing or dismount-

ing the coin validator.

6.1 Installingthecoinvalidatorinthemachine

To install the v2 colibri in a machine with a ccTalk interface:1 Ifnecessary,makeindividualsettingsontheswitchblocks[Fig. 9/1] (cf. Chap. 7 Operation, p. 28).2 Ifnecessary,mountthe3‑foldsorteronthecoinvalidator.3 Disconnect the machine from the mains supply.4 Connect the coin validator via the 4-pin ccTalk interface [Fig. 9/2] and the associated con-

necting cable to the machine.5 Suspend the coin validator on its lateral mounting studs [Fig. 9/4] in the machine mount.6 Reconnect the mains supply to the machine.

sTaRT-up


6.2 Mountingthe3-foldsorters2SSD-3000...

If you want to operate the v2 colibri with the s2SSD‑3000sorter,youmountitonthetoporfrontentry version using a special bracket:

6.2.1 ... on the v2 colibri top entry versionThere are three different versions of the NRI 3-fold sorter for the top entry version of the v2 colibri depending on the machine environment. They differ by virtue of the position of the return chute:• s2 SSD-3001: Return chute in front of the right-hand sorting chute• s2 SSD-3002: Return chute next to the right-hand sorting chute• s2 SSD-3003: Return chute behind the right-hand sorting chute

Mounting the sorter will be explained using the s2 SSD-3002 as an example:1 Fasten the mounting frame [Fig. 10/1] using the three screws [Fig. 10/2] on the back of

the sorter [Fig. 10/3].

Depending on the machine environment, three different heights are possible.

2 Connect the sorter [Fig. 10/3] to the coin validator by means of the 10-pin sorting con-nector [Fig. 10/4] on the back of the sorter and of the coin validator with the help of the associated sorting cable.

3 Suspend the coin validator on its mounting studs [Fig. 10/5] in the mounting frame [Fig. 10/1]: insertitfirstatthebottomthenpressitinatthetopuntilitsnapsin.

4 Connect the coin validator to the machine (cf. Chap. 6.1 Installing the coin validator in the machine, p. 24).

sTaRT-up


Fig. 10: Connecting the top entry version of the v2 colibri to the s2 SSD-3002 3-fold sorter

1

2

2

3

5

5

5

4

sTaRT-up


6.2.2 ... on the v2 colibri front entry version1 Ifnecessary, fastentheretainingplate[Fig. 11/1] with the two screws [Fig. 11/2] to the

sorter [Fig. 11/3].2 Remove the screw [Fig. 11/4] from the coin validator.3 Using the retaining plate [Fig. 11/1],plugthesorterfromtherightontothecoinvalidator.4 Fasten the sorter [Fig. 11/3] on the coin validator with the screw [Fig. 11/4].5 Connect the sorter [Fig. 11/3] to the coin validator by means of the 10-pin sorting con-

nector [Fig. 11/5] on the back of the sorter and of the coin validator with the help of the associated sorting cable.

6 Connect the coin validator to the machine (cf. Chap. 6.1 Installing the coin validator in the machine, p. 24).

Fig. 11: Connecting the front entry version of the v2 colibri to the s2 SSD-3004 3-fold sorter

13

2

2

5

4

4

opeRaTion


7 Operation

Thischapterdescribeshowtooperatethecoinvalidator,i.e.setcertainfunctionsonthecoinvalidator:• Selecting a memory block• Inhibiting coins/activating narrow coin channel• Teaching coin channels in teach mode• Selecting Casino mode

Thesettingswhicharemadedirectlyonthecoinvalidatoraredescribed.TofindouthowtomakethesettingsusingtheWinEMPPCconfigurationsoftware,refertotheseparateguide(cf. Chap. 9 What can be set later?, p. 37).

The exact function of the settable device options is described in Chap. 5 Function, p. 19.

7.1 Selectingmemoryblock(fordoubleblockdata-managementonly)

If the coin validator is to access the other memory block and accept euro coins instead of national currencycoins,forexample,youcanchoosethecorrectblockusingthetopswitchblock:

1 Unhook the coin validator from the machine.2 Formemoryblock0,setDILswitchS1.10downwards(toOFF);formemoryblock1,setit

upwards to ON.

3 Remount coin validator in the machine.4 Switch power off and on again.

The required memory block is activated.5 Check coin acceptance of the new memory block selected.

Memory block 0 selected Memory block 1 selected

opeRaTion


7.2 Inhibiting coins/activating narrow coin channel ...

Usingthetwoswitchblocksonthecoinvalidator,youcanindividuallyinhibitonsiteeachofthe16coinchannelsoftheactivatedmemoryblockoreachofthecointypesassignedtospecificcoinchannels,i.e.theseinhibitedcoinchannelsarenolongerusedforpaymentonthemachine.• Accept coin without limitation: All the assigned coin channels are enabled• Limit acceptance band: Normal coin channel is inhibited• Inhibit coin: All the assigned coin channels are inhibited

The 16 DIL switches inhibit the following coin channels:

7.2.1 Inhibit switch functions – switch block S1









7.2.2 Inhibit switch functions – switch block S2









Forinformationonwhichcoinsareassignedtowhichcoinchannelsex‑works,refertothestickeron the back of the device (cf. Chap. 4.4 Switching functions/coin channel assignment sticker, p. 16).

This assignment may have been changed using the configuration tool.

Apart from this, there is a brief description of the individual switching functions on the back of the device.

opeRaTion


Ifallcoinsaretobeacceptedforpaymentonthemachine,DILswitchesS1.1‑8andS2.1‑8onbothswitchblocksareinthebottomposition(settoOFF).Ifyouwanttoinhibitacoinchannel,you only need to set the associated DIL switch upwards to ON.

ExampleThe coin validator is not to use coin channels 3 and 10 for acceptance any more so that coin channels 3 and 10 must be inhibited.

With this setting, coin channels 3 and 10 are no longer used!

If one normal and one narrow coin channel are programmed for a coin type on the coin validator, you must inhibit the normal coin channel as described above to activate the narrow coin channel. If both channels are activated, the wider acceptance band of the normal coin channel is used. If you intend to inhibit the coin type, you must also inhibit both coin channels.

To inhibit coin channels on the coin validator:1 Unhook the coin validator from the machine.2 Use DIL switches S1.1-8 and S2.1-8 to inhibit the desired coin channels (see the example above).

The desired coin channels are inhibited.3 Remount coin validator in the machine.

opeRaTion


7.3 Teachingcoinchannelsinteachmode...(notforACMIversion)

You can assign a token or a new coin to a coin channel either using the switch blocks on the coin validator or by means of ccTalk commands and a service menu of the machine.

7.3.1 ... using the switch block on the coin validatorTogeneratenewacceptancebands,youcanteachuptoeightcoinchannels(teachchannels)bymeans of the bottom switch block on the coin validator. You need at least ten coins of the new type. The switch block assignment is different with double and single block data-management:

7.3.1.1 Teachmodeswitchingfunctionswithdouble-blockdata-management

DIL switch Function OFF ONS2.1 Teach mode – Teach coin channel 9

S2.2 Teach mode – Teach coin channel 10







S2.9 Teach mode OFF ON

S2.10 Teach mode Normal acceptance band Wide acceptance band

7.3.1.2 Teachmodeswitchingfunctionswithsingle-blockdata-management

DIL switch Function OFF ONS2.1 Teach mode – Teach coin channel 25








S2.9 Teach mode OFF ON

S2.10 Teach mode Normal acceptance band Wide acceptance band

opeRaTion


Toassignacointype/tokentocoinchannel9‑16or25‑32,proceedasfollows:

If you use the bottom switch block to inhibit individual coins, make a note of the current switch settings so that you can restore them afterwards for normal operating mode.

1 Unhook the coin validator from the machine. 2 Set DIL switches S2.1-10 downwards to OFF.3 Set DIL switch S2.9 upwards to ON.

The device is in the teach mode for teaching the coin channels.

4 Enablethecoinchanneltobetaught(9‑16/25‑32,here:11/27)bysettingthecorrespondingDILswitch(S2.1‑8,here: S2.3) upwards to ON.

5 Ifnecessary,remountthecoinvalidatorinthemachine.6 Insert at least 10 coins of the new coin type/token into the coin validator or machine.

Insertionofthetenthcoinisconfirmedbyone‑offactivationoftheacceptancegate(abriefclicking noise). Further coins can be inserted.

If there is no signal after the 10th coin has been inserted, the coins inserted cannot be used.

7 Ifnecessary,unhookthecoinvalidatorfromthemachineagain.

Now you can save the measured values generated by the inserted coins with a normal (a) or a wide (b) acceptance band. A wide acceptance band presents itself if you only have available a limited selection of tokens for teaching.

To save with the normal acceptance band:

8a Set DIL switch S2.9 downwards back to OFF. The system indicates successful saving with a single actuation of the acceptance gate and an error at saving with a double actuation (a brief clicking noise in each case) if the acceptance band of the inserted coins and that of an already programmed coin channel overlap or the generated measuredvaluesaretoodifferentandthetoleranceswouldbetoohigh,forexample.

To cancel the operation, first set the DIL switch of the corresponding coin channel (S2.1-8, here: S2.3) and then DIL switch S2.9 downwards to OFF.

S2

S2

S2

S2

opeRaTion


To save with the wide acceptance band:

8b SetanadditionalDILswitch,S2.10,upwardstoON. The acceptance band has been widened.Only now set DIL switch S2.9 back downwards (to OFF). The system indicates successful saving with a single actuation of the acceptance gate and an error at saving with a double actuation (a brief clicking noise in each case) if the acceptance band of the inserted coins and that of an already programmed coin channel overlap or the generated measured values are too different and the tolerances wouldbetoohigh,forexample.

To cancel the operation, first set the DIL switch of the corresponding coin channel (S2.1-8, here: S2.3) as well as DIL switch S2.10 for the wide acceptance band and then DIL switch S2.9 downwards (to OFF).

9 Ifnecessary,setDILswitchS2.1‑8again fornormaloperation (cf. Chap. 7.2 Inhibiting coins/activating narrow coin channel ..., p. 29).

10 Ifnecessary,remountthecoinvalidatorinthemachine.11 Switch power off and on again.

12 Enablethetaughtcoinchannel(here:11/27)viathecontrolsystemandadaptsorting,ifnecessary.

The coin validator will now accept the new coin type/token for payment.

7.3.2 ...usingccTalkcommands/machineservicemenuIfthecoinvalidatorisnotwrite‑protected,youcanteachcoinchannelsviaaccTalkcommandset to generate new acceptance bands (cf. Chap. 10.2.1.5 ccTalk teach mode (not for ACMI version), p. 43). This command set can be used to start and monitor the teach mode e.g. via a service menu.

The new acceptance bands are generated and saved by inserting ten coins/tokens of the new type. After saving of the acceptance bands the coin validator will accept the new coin type/token for payment.

Fur further information about teaching of coins/tokens via the service menu please refer to the instruction manual for the machine.

Ifyouhaveoverwrittenanalreadyconfiguredcoinchannelinteachmode,you must adapt all the properties that are assigned to this channel (e.g. coin ID, sorting, etc.) to the new coin/token (see the separate WinEMP manual).

S2

S2

opeRaTion


7.4 ActivatingCasinomode

If you want to operate the v2colibriinCasinomode,youcanchangetheoperatingmodebysimply resetting the top switch block:

Set DIL switch S1.9 upwards to ON. The device now operates in Casino mode with fast coin acceptanceoffivetosixcoinspersecond.

Tripping time of the acceptance gate

In Casino mode, the v2 colibri cannot use the accepted coin sensor in favour of fast coin acceptance (cf. Chap. 5.3 Accepted coin sensor, p. 20).

MainTenance anD seRvice


8 Maintenance and service

This chapter describes how to• clean the v2 colibri and• remedy the cause of malfunctions.

8.1 Cleaning the coin runway

On their way through the coin validator the coins may leave residues on sensitive parts which mustberemovedfromtimetotimetoensurereliablecoinacceptanceandrejection.Apartfromthis,nofurthermaintenanceworkisrequired.• Cleaninginterval:Asrequired,atleastannually• Cleaningagent/tool:Compressedair/softbrush/moistenedcloth,lukewarmwater

Moisten the cloth only slightly to prevent fluid from entering thedevice. This would damage the PCB. Do not use solvents or scouring agents that could affect the plastic and appearance of the device.

1 Pull the mains plug of the machine.2 Carefullyunfoldtheflightdeck[Fig. 12/1] on the left-hand side of the coin insert funnel

and hold it open.3 Cleanthecoinrunwayinthecoinvalidatorusingcompressedair,asoftbrushorcloth.4 Remove dust and coin residues from the validation area using cloth/brush or compressed air.5 Wipe the two sides of the coin runway clean using a slightly moistened cloth.6 Allow all parts to dry.7 Closetheflightdeckagain.8 Reconnect the machine to the mains supply.

Fig. 12: Unfoldingtheflightdeckofthecoinvalidator

1

MainTenance anD seRvice


8.2 Troubleshooting

Malfunctions can occur in all electronic devices. These do not always have to be faults in the device. In many cases improper connections or incorrect settings are the reason. Therefore: pleasecheckfirstofallwhetherthemalfunctioncansimplyberemediedusingthefollowingtable.

Problem Possible cause Remedy, hints

Coin validator does not accept coin No power supply

• Connect the cable correctly to the coin validator and the machine

• Connect power to the machine

Return lever/button pressed/jammed

Ensure that the return lever/button has not been permanently pressed by mistake

Coin runway dirty Opentheflightdeckandcleanthecoinrunway(cf. Chap. 8.1 Cleaning the coin runway, p. 35)

Coin inhibited

• Ensure that the machine controller is not inhibiting coin acceptance

• Ensure that the coin is not inhibited via the DIL switch on thebackofthedeviceorthatjustthenarrowcoinchannelisenabled and the normal one is inhibited (cf. Chap. 7.2 Inhibiting coins/activating narrow coin channel ..., p. 29)

Coin validator accepts coin, but no credit is given

Coin does not exit the device Makesurethatthecoinoutletisnotblockedbyforeignobjectsordevices connected to the bottom of the coin validator

Ifthemalfunctioncannotberemedied,pleasecontactourservicetechnicians.

WhaT can be seT laTeR?


9 What can be set later?

Inthischapter,youwillfindoutgeneralinformationabouttheNRIserviceandconfigurationtools for the v2colibriandwhatdevicefunctionsyoucanretrospectivelyconfigure(cf. Chap. 10.3 Accessories, p. 44).

In order to meet the requirements of the Italian gaming machine act subsequent configuration of the ccTalk ACMI model is impossible. If you want to change the factory settings please contact our sales representative.

9.1 Serviceandconfigurationtools

DependingonwhetheryouwanttoconfigurethecoinvalidatorintheworkshoporonsiteaPCsoftware or a mobile service tool is recommended.

9.1.1 WinEMPPCconfigurationapplicationTheWinEMPPCapplicationisfordiagnosticsandindividualconfigurationofNRIcoinvalidatorsandforupdatingthecompletecoinanddeviceconfigurationusingthedatablockscurrentlymade available by Crane Payment Solutions (data block upload).

TheWinEMPapplicationidentifiesthecoinvalidatorthatisconnectedtothePCanditsspecificdataanddisplaysthisdataonyourPC'sscreenfordiagnosisandconfiguration.

The separate software manual describes how to connect the coin validator to your PC and how to install and use the software.

9.1.2 On-siteservicetoolHENRI+

The HENRI+servicetoolissuitableforon‑siteconfigurationtoalsoupdatethecompletecoinanddeviceconfigurationquicklyandeasilybymeansofadatablockupload.

The separate short reference guide describes how to connect and use the tool.

HENRI+ is also suitable for on-site firmware updates.

9.2 Which device functions can be set?• Acceptanceofgenuinecoinsandrejectionoffalsecoins

(acceptancebandadjustmentafterinsertionofgenuinecoinsandfalsecoins)• Coin via channel assignment of

– coin value – ccTalk coin ID – ccTalk coin type/position 1–16

WhaT can be seT laTeR?


• Sorting via – Assigning the sorting control line/sorter path and coin type – Definitionofasortingtime

• Long-term coin deactivation• Teach mode via

– Activating/deactivating teach mode – Activating/deactivating teach channels

• New coins/tokens (generation of a new acceptance band and assignment of the coin/sorting data)

• Complete data block upload for current coin and device data

Technical DaTa


10 Technical data

This chapter contains• All relevant v2 colibri data• details of machine and sorting interfaces• Information about v2 colibri accessories

10.1 Device data

Supply voltage 10V to 27V DC

Current consumption in Standby mode: < 30mA Measuring mode: approx. 100mA Acceptance mode: approx. 100mA + approx. 3W

Transmitter/Receiver (active low) Inactive(H):3.5..5V,Imax = 5µA Active(L): 0..1V, Imax = 30mA

Temperature range -25°C to 70°C

Temperature change Max. 0.2°C/min.

Rel. humidity Up to 93%

Condensation Not permitted

Machine interface ccTalk:9600Baud,8‑bit,N,1,5VTTL,commonsendandreceiveline,active low protocolaccordingto"cctalkSerialCommunication"GenericSpecification,Money Controls Forpinassignment,seeChap. 10.2.1 v2 colibri – machine, p. 40

Sorting interface 2 + 4 parallel outputs (open collector) (cf. Chap. 10.2.2 v2 colibri – external 3-fold sorting device, p. 43)

Coin acceptance Max. 32 coin types in 2 x 16 or 1 x 32 channels Coin diameter: 15-31.5mm (optionally up to 32.5mm Coin thickness: 1.5-2.5mm (optionally up to 3.3mm) Speed: 2 coins/s (Casino mode: 5-6 coins/s)

Device dimensions Height: 102mm Width: 89mm (+ 2 x 4.7mm for mounting studs) Depth: 54mm Refer to the separate documentation for all the installation dimensions

Mounting position Vertical,max.deviation:±2°

Directives applied EMC 2004/108/EC EN 55 014-2 (interference resistance) EN 55 022 (interference emission) Machinery: 2006/42/EC R&TTE: 1999/5/EC (Radio and telecommunications terminal equipment) (cf. Declaration of Conformity)

Technical DaTa


10.2 Interfaces

Onthenextfewpages,youwillfindthepinassignmentsandv2colibri‑specificccTalkcommands/settings and error messages for connecting the coin validator to• the machine• an external 3-fold sorting device

10.2.1 v2colibri–machine

10.2.1.1 Pinassignment

Pin Function Level1 Supply 12V DC –

2 – –

3 GND –

4 Data active low

You will find a detailed description of the serial ccTalk interface with different connection diagrams in the Generic Specification "cctalk Serial Communication Protocol" available on the Internet at www.cctalk.org.

10.2.1.2 ImplementedccTalkcommands

Header Command Function, No. of data bytes [expected/returned] Optional ACMI deviations for Italian gambling machine market

254 Simple poll [0/0]

253 Address poll [0/1]

252 Address clash [0/1]

251 Address change [1/0]

250 Address random [0/0]

249 Request polling priority 2,20(="200ms")[0/2]

248 Request status 0=OK,1=returnleveractuated, 2 = coin on string detected [0/1]

247 Request variable set Customer no. (binary) [0/4]

246 Request manufacturer ID "CPS" [0/3]

245 Equipment category ID "Coin acceptor" [0/13]

244 Request product code "Colibri" [0/3]

243 Request database version 0 = remote coin database not available [0/1]

242 Request serial number 3 bytes [0/3] 7-digit no. = 4-digit order no. + 3-digit device no.

241 Request software revision "xxx-xxx" [0/7]:

1

4

Technical DaTa



240 Test solenoids

[1/0] Bit 0: gate 0 (acceptance) Bit 1: gate 1 (internal sorter) Bit 2: gate 2 (internal sorter) Bit 3: gate 3 (internal sorter)

238 Test output lines

[0/1] Bit 0: 1 = open escrow to cash box Bit 1: 1 = open escrow to return Bit 2: 1 = activate return lever motor

236 Read opto states

[0/1] Bit 0: SO1 (Sizing Optics) Bit 1: SO2 (Sizing Optics) Bit 4: CP3 (Coin Position) Bit 5: CP4 (Coin Position)

232 Perform self test[0/1] 0 = no error 1 = EEPROM checksum fault (settings corrupt)

231 Modify inhibit status [2/0]

230 Request inhibit status [0/2]

229 Read buffered credit or error codes

[0/11] (cf. Chap. 10.2.1.3 ccTalk error code table, p. 42)

228 Modify master inhibit status [1/0]

227 Request master inhibit status [0/1]

222 Modify sorter override status [1/0]

221 Request sorter override status [0/1]

219 Enter new PIN [4/0] (no function)

218 Enter PIN [4/0] (no function)

216 Request data storage availability 0,0,0,0,0[0/5] no reply

213 Requestoptionflags

[0/1] Bit7:MSB,1=remoteteachsupport Bit 6: 1 = escrow control supported Bit 5: 1 = return lever motor control Bit 4..0: 0 (not used)

210 Modify sorter paths 5 bytes [5/0] or 2 bytes [2/0] 2 bytes [2/0]

209 Request sorter paths 4 bytes [1/4] 1 byte [1/1]

202 Teach mode control [1/0] (cf. Chap. 10.2.1.5 ccTalk teach mode (not for ACMI version), p. 43) no reply

201 Request teach status [0/2] (cf. Chap. 10.2.1.5 ccTalk teach mode (not for ACMI version), p. 43) no reply

196 Request creation date [2/0]

195 Requestlastmodificationdate [2/0]

192 Request build code (incl. Write protection info)

"DE0" (no protection) "DE1" (ACMII) "DE2" (VDAI) "DE2" (extra)

"IT0" (no protection) "IT1" (ACMII) "IT2" (VDAI) "IT3" (extra)

Technical DaTa



189 Modify default sorter path [1/0]

188 Request default sorter path [0/1]

185 Modify coin ID (Duration: 0.5..1.5s!!!) [7/0] no reply

184 Request coin ID [1/6] e.g. "EU200A" = €2

170 Request base year [0/4] = 2000

111 Request encryption support [0/17]

4 Request comms status revision 1,4,2[0/3] 1,4,6[0/3]

1 Reset device [0/0]

10.2.1.3 ccTalk error code table

Error no. Error Description (cp. spec)

1 Rejectedcoin

2 Inhibited coin

8 2nd close coin error

10 Credit sensor not ready Light attack on credit sensor

11 Sorter not ready External escrow was open

14 Credit sensor blocked

16 Credit sequence error

20 Coin-on-string mechanism activated

126 Return lever motor timeout Sorter failed. Coin was routed to unintended path. The following coin event will report coin and (unintended) path

254 Coin return mechanism activated

255 Unspecifiedalarmcode

10.2.1.4 ccTalkstandardsettings(afterreset)

All the settings that the machine controller makes are volatile (exception: Modify Coin ID). Afterareset,thefollowingdefaultsettingsapplyuntilthecontrollerchangessettings:

Header Command Value

251 Address change 2

231 Modify inhibit status 00h 00h (all coins inhibited)

228 Modify master inhibit status 01h (not inhibited)

222 Modify sorter overide status FFh (no override)

218 Enter PIN 0 0 0 0 (not used)

210 Modify sorter paths predefinedsettingaccordingtodatablock

189 Modify default sorter path predefinedsettingaccordingtodatablock

Technical DaTa


10.2.1.5 ccTalkteachmode(notforACMIversion)

Header202–TeachmodecontrolTransmitted data: Position (1 byte)Received data: ACK Position: Bit 0..6: Coin type (1..16)

Bit 7: 0 = normal acceptance band 1 = wide acceptance band Position = 0 = abort teaching process

Header 201 – Request teach statusTransmitted data: NoneReceived data: Byte 1 = No. of coins inserted Byte 2 = Status code:

252 = teaching process aborted (see header 202) 253=teachingerror(overlappingwithexistingacceptanceband,cointypenotfound) 254 = teaching in process 255 = teaching process completed

The status code remains active until reset or the next teaching process.

10.2.2 v2colibri–external3-foldsortingdevice

Pin Function1 GND

2 Sensor supply 12V DC

3 Sorting line 5

4 Sorting line 6

5 –

6 –

7 Possible sorting line 1




1 2

109

Technical DaTa


10.3 Accessories

To customize the v2colibritoyourownindividualrequirements,youcanpurchasethefollowingaccessories from Crane Payment Solutions:

10.3.1 Front plates

Designation Order no.

MIDI(black,155x63mm)

with white return button 5508

with black return button 19329

MINI(black,120x60mm)

with white return button 22569

with black return button 23097

10.3.2 Sorters


s2 SSD-3001/3002/3003/3004 3-way sorter

The order number depends on the version of the sorting device, the bracket and the cable. Please contact our sales staff

s2 HSD-30003-way high-speed sorter 30500

3-way high-speed sorter with frame 33686

For more information on the NRI 3-fold sorter, refer to the separate data sheets. All the documentation is available for download as PDF files on the NRI website (www.nri.de).

Technical DaTa


10.3.3 Service tools


HENRI+

On-site service tool For updating the complete coin/deviceconfigurationandfirmwareversion(includinglicense,USB‑PCcable,coinvalidatorcable)

HENRI+ for G-13.mft

Power supply Inthemachine,viatransformerIntheworkshop,via12V power supply with international adapters

33573

26482

34714Cover

WinEMP

PC application For diagnosing and updating individual settings or the complete coin/device configuration(includinglicense,USB‑PCcable,12Vpower supply)

28535

Additional licenses for uploading the complete coin/deviceconfigurationCustomer‑specificseriesconfiguration

20169

25851

inDex


11 Index

3-fold sorting deviceControl 21

SSD-3000 21Interface 13, 14Pinning 43S2 SSD-3000

Mounting 25

A

Accentuations in the text 8Acceptance band 19

Narrow 19Activating 29

New 23Procedure 31, 43

Normal 19Very narrow 19

Acceptance,coins19, 39Inhibit 22, 23

Acceptance speed 39Accepted coin sensor 20Accessories 44Advantages 9Angle,mountingposition39Application,proper12Applied directives 39

B

Bar code 16Block 16, 20

Select 28Bufferederrorcodes,ccTalk42

C

ccTalkError codes 42Implemented commands 42Interface 13, 14, 39Standard settings after reset 42

Channels 19Inhibit 29Narrow 19

Activating 29Normal 19Very narrow 19

Chapter summary 8Cleaning 35Coin

Inhibit 22, 23Procedure 29

New 23Procedure 31, 43

Coin acceptance 19, 39Inhibit 22, 23

Procedure 29Coin channels 19

Inhibit 29Narrow 19

Activating 29Normal 19Very narrow 19

Coin diameter 39Coinflightdeck13, 14

Open/clean 35Coin insert funnel 13, 14Coin outlet 13, 14, 15Coin path 15Coin runway 15Coin thickness 39Commands,implemented,ccTalk42Condensation 39Configuration8, 28, 37

On site (HENRI+) 37PC programming station (WinEMP) 37

Connection 24Connectors

ccTalk 13, 14Pin assignment 40, 43Service/configuration13, 14Sorting 13, 14

Current consumption 39

inDex


D

Data block number 16Data block upload 38Date of manufacture 16Defaultsettingsafterreset,ccTalk42Design 13Deviation,mountingposition39Device

Dimensions 39Number 16Type 16

Diagnostics 37DIL switch 13, 14, 17

Inhibiting coins 29Selecting a memory block 28Teaching coins 31

Dimensions 39Directives,applied39Documentation,additional9

E

Electrostatic discharge 12EMC Directive 39Employment,proper12Errormessages,ccTalk42

F

Firmware update 37Flight deck 13, 14

Open/clean 35Front entry and front return 10, 15Function 19

G

General informationChapter 8Coin validator 9Instructions 8

Guide,chaptercontents8

H

Headers,implemented,ccTalk42HENRI+ 37

Ordering code 45Homepage,NRI9HSD-3000 sorter 44Humidity 39

I

Inhibit coins 22, 23Procedure 29

Insert funnel 13, 14Instructions 8Instructions,additional9Interface

ccTalk 13, 14, 39, 40Label 16Service/configuration13, 14Sorting 13, 14, 43

Internetaddress,NRI9Introduction

Chapter 8Coin validator 9Instructions 8

L

Label 13, 14

M

Machinery directive 39Malfunction,whattodo?36Manuals,additional9Marks in the text 8Measured values 19Measures 39Memory block 16, 20

Select 28Model number 16Models 10Mounting

Position 39Stud 13, 14

N

New coin 23Teach 31

Nominal voltage 16

O

Open coin validator 35OperatingInstructions,additional9Voltage 39

Operation 28Options 44Ordering code

Accessories 44Coin validator 16

Order number 16

inDex


P

PC programming station (WinEMP) 37Ordering code 45Service interface 13, 14

Pictographs in the text 8Pin assignment 40, 43Plug

ccTalk 13, 14, 39Service/configuration13, 14Sorting 13, 14, 43

Power consumption 39Power supply 39Programming 8, 37

On site (HENRI+) 37PC programming station (WinEMP) 37

Proper use 12

R

Relative humidity 39Requests to perform an action 8Return

Button 14Chute positions 10, 15Lever 13

Description 18R&TTE Directive 39

S

S2HSD-3000

Ordering code 44SSD-3000

Assembly 25Function 21Ordering code 44

Safety instructions 8, 12Serial number 16Settings 8, 28, 37Defaultafterrest,ccTalk42On site (HENRI+) 37

SoftwareForconfiguration37Update 37

SortingChute 13, 14Function 21Interface 13, 14Order numbers 44Pinning 43S2 SSD-3000

Function 21Mounting 25

Standardsettingsafterreset,ccTalk42Start-up 24Summary,chapter8Supply voltage 39Switch block 13, 14

CoinsInhibit 29Teach 31

Description 17Selecting a memory block 28

Symbols in the text 8

T

Teaching coins 23Procedure 31

CcTalk 43Technical data 39Temperature

Change 39Range 39

Tilt,mountingposition39Top entry versions 10, 15Troubleshooting 36Type plate 16

U

Updatefirmware37Use,proper12

V

Variants 10

W

Website,NRI9WinEMP 37Adjustablefunctions8, 37Manual 9

www.craneps.com 9

Operating Instructions 3.5“ Coin Validator - Crane Payment ...

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